![[Test Flight 01] F-22 Raptor Paper Airplane: Landing Test @TriKdanG](https://i.ytimg.com/vi/xH-LHh6hse0/maxresdefault.jpg)
Uploaded March 2026 | Updated September 2026, 2 weeks ago
Welcome to TriKdanG, where advanced paper engineering meets professional origami design.
The F22 Raptor (Testflights Ver. 1) is an exclusive, high-performance design engineered for aerodynamic precision. This is not a traditional model you will find in any book. Every fold is calculated based on "Form follows Function" to mimic the flight physics of the actual stealth fighter. This version represents the first stage of flight testing, focusing on glide ratio and geometric balance.
Subscribe to join the lab and see more original designs!
📊 TECHNICAL SPECIFICATIONS:
* DIFFICULTY: Medium / Difficult
* MATERIAL: Letter Size 8.5" x 11" [20 lb or 24 lb paper]
* PILOT’S NOTE: Precision is everything. To achieve a stable, long-distance flight, your folds must be perfectly symmetrical. If the plane doesn't track straight, adjust the trailing edges (trimming) with small, fluid movements. Remember: You are the pilot.
🌐 CONNECT WITH THE ECOSYSTEM:
* Subscribe: goo.gl/wAFe3s
* Facebook: goo.gl/iI7fou
* Twitter/Instagram: @TriKdanG
* Instructables: goo.gl/HriHXS
* Blog: goo.gl/A2Ukdn
♣ RESPECT THE DESIGNER (COPYRIGHT):
* DO NOT create video tutorials of my original designs.
Welcome to TriKdanG, where advanced paper engineering meets professional origami design.
The F22 Raptor (Testflights Ver. 1) is an exclusive, high-performance design engineered for aerodynamic precision. This is not a traditional model you will find in any book. Every fold is calculated based on "Form follows Function" to mimic the flight physics of the actual stealth fighter. This version represents the first stage of flight testing, focusing on glide ratio and geometric balance.
Subscribe to join the lab and see more original designs!
📊 TECHNICAL SPECIFICATIONS:
* DIFFICULTY: Medium / Difficult
* MATERIAL: Letter Size 8.5" x 11" [20 lb or 24 lb paper]
* PILOT’S NOTE: Precision is everything. To achieve a stable, long-distance flight, your folds must be perfectly symmetrical. If the plane doesn't track straight, adjust the trailing edges (trimming) with small, fluid movements. Remember: You are the pilot.
🌐 CONNECT WITH THE ECOSYSTEM:
* Subscribe: goo.gl/wAFe3s
* Facebook: goo.gl/iI7fou
* Twitter/Instagram: @TriKdanG
* Instructables: goo.gl/HriHXS
* Blog: goo.gl/A2Ukdn
♣ RESPECT THE DESIGNER (COPYRIGHT):
* DO NOT create video tutorials of my original designs.
![[Test Flight 01] F-22 Raptor Paper Airplane: Landing Test](https://i.ytimg.com/vi/xH-LHh6hse0/mqdefault.jpg "[Test Flight 01] F-22 Raptor Paper Airplane: Landing Test
Welcome to TriKdanG, where advanced paper engineering meets professional origami design.
The F22 Raptor (Testflights Ver. 1) is an exclusive, high-performance design engineered for aerodynamic precision. This is not a traditional model you will find in any book. Every fold is calculated based on Form follows Function to mimic the flight physics of the actual stealth fighter. This version represents the first stage of flight testing, focusing on glide ratio and geometric balance.
Subscribe to join the lab and see more original designs!
📊 TECHNICAL SPECIFICATIONS:
* DIFFICULTY: Medium / Difficult
* MATERIAL: Letter Size 8.5 x 11 [20 lb or 24 lb paper]
* PILOT’S NOTE: Precision is everything. To achieve a stable, long-distance flight, your folds must be perfectly symmetrical. If the plane doesnt track straight, adjust the trailing edges (trimming) with small, fluid movements. Remember: You are the pilot.
🌐 CONNECT WITH THE ECOSYSTEM:
* Subscribe: http://goo.gl/wAFe3s
* Facebook: http://goo.gl/iI7fou
* Twitter/Instagram: @TriKdanG
* Instructables: http://goo.gl/HriHXS
* Blog: http://goo.gl/A2Ukdn
♣ RESPECT THE DESIGNER (COPYRIGHT):
* DO NOT create video tutorials of my original designs.")
